Your browser does not support this video. Conceptually similarSPLSurface temperature on Proxima bSS283527VE4857Rights ManagedSPL RM VideoFrom Earth to Proxima b, AnimationSS283530VE4861Rights ManagedSCIENCE PHOTO LIBRARYProxima b orbiting Proxima CentauriSS283531VE4859Rights ManagedSPLSurface of Proxima b, animationSS283532VE4858Rights ManagedSPLSurface of Proxima b, animationSS284433VE5089Rights ManagedSPLFlight over the surface of Proxima bSS283576VE4882Rights ManagedSCIENCE SOURCEExoplanet with Hot Spot, AnimationSS272142VD4261Rights ManagedSCIENCE SOURCEExoplanet Kepler-10b, AnimationSS272163VD4272Rights ManagedSPLProxima B planetSS283529VE4860Rights ManagedView AllSurface temperature on Proxima bLicense type:Rights ManagedUnique identifier:SS283524Legacy Identifier:VE4856Description:Surface temperature on Proxima b, animated simulation. Proxima Centauri is the closest star to the Sun. Proxima b is its orbiting rocky planet, discovered in 2016. This simulation of the planet's surface temperatures is based on the hypothesis that it has an Earth-like atmosphere and is covered by an ocean (dashed line indicates the boundary between surface liquid and ice). Here the planet is in synchronous rotation (rotating once during each orbit of its star), and is seen during one full orbit. An alternative model is that it is trapped in a so-called 3:2 resonance (rotating 3 times every 2 orbits). Simulation by Laboratoire de Meteorologie Dynamique's Planetary Global Climate Model.Credit:M. Turbet / I. Ribas / European Southern Observatory / SPL / Science SourceSize:1080px × 1920px (~138 MB)Restrictions:No Sale through SubagentsGet PricingHow Will The Visual Be Used?ShareKeywords:10 seconds or greater-animated-animation-astronomy-astrophysical-astrophysics-b-climate-exoplanet-extrasolar-heated-hot-hot spot-ice-laboratoire de meteorologie dynamique-liquid-modelling-nobody-no-one-numerical-ocean-orbit-orbiting-planet-planetary global climate model-planetary science-planets-proxima-proxima b-proxima centauri-red dwarf-rocky planet-rotating-rotation-simulated-simulation-space-space observation-star-star system-surface temperature-synchronous rotation-temperature-terrestrial planet-tidally lockedDuration:17sParent folder:20161108_spl003_33